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Index
Cover WILEY SERIES IN PROBABILITY AND STATISTICS Title Page Copyright Introduction A brief outline of this book Guide to the reader Contributors Acknowledgements Chapter 1: Desirability
1.1 Introduction 1.2 Reasoning about and with sets of desirable gambles 1.3 Deriving and combining sets of desirable gambles 1.4 Partial preference orders 1.5 Maximally committal sets of strictly desirable gambles 1.6 Relationships with other, nonequivalent models 1.7 Further reading Acknowledgements
Chapter 2: Lower previsions
2.1 Introduction 2.2 Coherent lower previsions 2.3 Conditional lower previsions 2.4 Further reading Acknowledgements
Chapter 3: Structural judgements
3.1 Introduction 3.2 Irrelevance and independence 3.3 Invariance 3.4 Exchangeability 3.5 Further reading Acknowledgements
Chapter 4: Special cases
4.1 Introduction 4.2 Capacities and n-monotonicity 4.3 2-monotone capacities 4.4 Probability intervals on singletons 4.5 ∞-monotone capacities 4.6 Possibility distributions, p-boxes, clouds and related models 4.7 Neighbourhood models 4.8 Summary
Chapter 5: Other uncertainty theories based on capacities
5.1 Imprecise probability = modal logic + probability 5.2 From imprecise probabilities to belief functions and possibility theory 5.3 Discrepancies between uncertainty theories 5.4 Further reading
Chapter 6: Game-theoretic probability
6.1 Introduction 6.2 A law of large numbers 6.3 A general forecasting protocol 6.4 The axiom of continuity 6.5 Doob's argument 6.6 Limit theorems of probability 6.7 Lévy's zero-one law 6.8 The axiom of continuity revisited 6.9 Further reading Acknowledgements
Chapter 7: Statistical inference
7.1 Background and introduction 7.2 Imprecision in statistics, some general sources and motives 7.3 Some basic concepts of statistical models relying on imprecise probabilities 7.4 Generalized Bayesian inference 7.5 Frequentist statistics with imprecise probabilities 7.6 Nonparametric predictive inference 7.7 A brief sketch of some further approaches and aspects 7.8 Data imprecision, partial identification 7.9 Some general further reading 7.10 Some general challenges Acknowledgements
Chapter 8: Decision making
8.1 Non-sequential decision problems 8.2 Sequential decision problems 8.3 Examples and applications
Chapter 9: Probabilistic graphical models
9.1 Introduction 9.2 Credal sets 9.5 Computing with credal networks 9.6 Further reading Acknowledgements
Chapter 10: Classification
10.1 Introduction 10.2 Naive Bayes 10.3 Naive credal classifier (NCC) 10.4 Extensions and developments of the naive credal classifier 10.5 Tree-based credal classifiers 10.6 Metrics, experiments and software 10.7 Scoring the conditional probability of the class Acknowledgements
Chapter 11: Stochastic processes
11.1 The classical characterization of stochastic processes 11.2 Event-driven random processes 11.3 Imprecise Markov chains 11.4 Limit behaviour of imprecise Markov chains 11.5 Further reading
Chapter 12: Financial risk measurement
12.1 Introduction 12.2 Imprecise previsions and betting 12.3 Imprecise previsions and risk measurement 12.4 Further reading
Chapter 13: Engineering
13.1 Introduction 13.2 Probabilistic dimensioning in a simple example 13.3 Random set modelling of the output variability 13.4 Sensitivity analysis 13.5 Hybrid models 13.6 Reliability analysis and decision making in engineering 13.7 Further reading
Chapter 14: Reliability and risk
14.1 Introduction 14.2 Stress-strength reliability 14.3 Statistical inference in reliability and risk 14.4 Nonparametric predictive inference in reliability and risk 14.5 Discussion and research challenges
Chapter 15: Elicitation
15.1 Methods and issues 15.2 Evaluating imprecise probability judgements 15.3 Factors affecting elicitation 15.4 Matching methods with purposes 15.5 Further reading
Chapter 16: Computation
16.1 Introduction 16.2 Natural extension 16.3 Decision making
References Author index Subject index WILEY SERIES IN PROBABILITY AND STATISTICS End User License Agreement
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